LED flexible transparent screens use light-emitting diodes as the light source, with each pixel emitting light individually, directing rays directly into the viewer's eyes. In contrast, projection screens rely on light from a projector being reflected off the screen surface before it reaches the viewer. The pixel density of LED flexible transparent screens is relatively high, ranging from tens of thousands to hundreds of thousands of pixels per square meter, making their display precision far superior to most projection screens. Projection screens are limited by light source brightness and projection distance, often resulting in blurriness or dark areas when displaying large-area content. The self-emissive nature of LED flexible transparent screens ensures high color saturation, uniform brightness, and clearly visible details.
In environments with strong ambient light, LED flexible transparent screens maintain good visibility, whereas projection screens are easily affected by surrounding light, leading to reduced image contrast and loss of detail.Utilizing a fine-pitch, micron-level pixel arrangement, LED flexible transparent screens deliver high-resolution images with exquisite detail, naturally sharp text, and well-defined graphics.The resolution of projection screens is constrained by the projector, and high-resolution projection equipment tends to be bulky, heavy, complex to set up, and expensive.
The flexible nature of LED transparent screens allows them to bend or conform to various architectural surfaces, ensuring stable content display without image distortion or color shift. Projection screens, limited by projection angles and screen material, often suffer from trapezoidal distortion, uneven brightness, and color deviation. LED flexible transparent screens have fast response times, ensuring smooth dynamic visuals without motion blur or ghosting. Projection screens may exhibit blurring or double images during rapid scene transitions.
LED flexible transparent screens boast extensive application in multiple scenarios including indoor installations, stages, commercial advertising, and building facades. They offer stable display output with adaptable viewing distances and angles. Conversely, projection screens are confined to small-scale or dimly lit applications, where their inherently compromised clarity leads to visual fatigue over time. The modular design of LED transparent screens enables high brightness, high contrast, and high pixel density, producing imagery that is exquisitely detailed, razor-sharp, and vibrantly colored. Projection screen performance, reliant on environmental light adjustment, is easily compromised by external factors.
With features such as self-emission, high pixel density, accurate color reproduction, uniform brightness, and flexible installation, LED flexible transparent screens deliver clearer display effects compared to projection screens. Projection screens face challenges such as optical reflection, ambient light interference, and resolution limitations, making it difficult to achieve comparable image quality. LED flexible transparent screens demonstrate significant advantages in large-size, high-brightness, and dynamic visual scenarios, establishing themselves as a key choice in modern display technology.